Derivative of (e^(8x)*cos(15x))^2

Derivative of (e^(8x)*cos(15x))^2. Simple step by step solution, to learn. Simple, and easy to understand, so don`t hesitate to use it as a solution of your homework.

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Derivative of (e^(8x)*cos(15x))^2: 


((e^(8*x)*cos(15*x))^2)'

2*(e^(8*x)*cos(15*x))^(2-1)*(e^(8*x)*cos(15*x))'

2*(e^(8*x)*cos(15*x))^(2-1)*((e^(8*x))'*cos(15*x)+e^(8*x)*(cos(15*x))')

2*(e^(8*x)*cos(15*x))^(2-1)*(e^(8*x)*((8*x)'*ln(e)+(8*x*(e)')/e)*cos(15*x)+e^(8*x)*(cos(15*x))')

2*(e^(8*x)*cos(15*x))^(2-1)*(e^(8*x)*((8*x)'*ln(e)+(8*x*0)/e)*cos(15*x)+e^(8*x)*(cos(15*x))')

2*(e^(8*x)*cos(15*x))^(2-1)*(e^(8*x)*(((8)'*x+8*(x)')*ln(e)+(8*x*0)/e)*cos(15*x)+e^(8*x)*(cos(15*x))')

2*(e^(8*x)*cos(15*x))^(2-1)*(e^(8*x)*((0*x+8*(x)')*ln(e)+(8*x*0)/e)*cos(15*x)+e^(8*x)*(cos(15*x))')

2*(e^(8*x)*cos(15*x))^(2-1)*(e^(8*x)*((0*x+8*1)*ln(e)+(8*x*0)/e)*cos(15*x)+e^(8*x)*(cos(15*x))')

2*(e^(8*x)*cos(15*x))^(2-1)*(e^(8*x)*((8*x*0)/e+8*ln(e))*cos(15*x)+e^(8*x)*(cos(15*x))')

2*(e^(8*x)*cos(15*x))^(2-1)*(e^((8)'*x+8*(x)')*cos(15*x)+e^(8*x)*(cos(15*x))')

2*(e^(8*x)*cos(15*x))^(2-1)*(e^(0*x+8*(x)')*cos(15*x)+e^(8*x)*(cos(15*x))')

2*(e^(8*x)*cos(15*x))^(2-1)*(e^(0*x+8*1)*cos(15*x)+e^(8*x)*(cos(15*x))')

2*(e^(8*x)*cos(15*x))^(2-1)*(0^(8*x)*cos(15*x)+e^(8*x)*(cos(15*x))')

2*(e^(8*x)*cos(15*x))^(2-1)*(8*e^(8*x)*cos(15*x)+e^(8*x)*(cos(15*x))')

2*(e^(8*x)*cos(15*x))^(2-1)*(8*e^(8*x)*cos(15*x)+e^(8*x)*-sin(15*x)*(15*x)')

2*(e^(8*x)*cos(15*x))^(2-1)*(8*e^(8*x)*cos(15*x)+e^(8*x)*-sin(15*x)*((15)'*x+15*(x)'))

2*(e^(8*x)*cos(15*x))^(2-1)*(8*e^(8*x)*cos(15*x)+e^(8*x)*-sin(15*x)*(0*x+15*(x)'))

2*(e^(8*x)*cos(15*x))^(2-1)*(8*e^(8*x)*cos(15*x)+e^(8*x)*-sin(15*x)*(0*x+15*1))

2*(e^(8*x)*cos(15*x))^(2-1)*(8*e^(8*x)*cos(15*x)+e^(8*x)*15*(-sin(15*x)))

2*(e^(8*x)*cos(15*x))^(2-1)*(8*e^(8*x)*cos(15*x)+e^(8*x)*-15*sin(15*x))

2*(e^(8*x)*cos(15*x))^(2-1)*(8*e^(8*x)*cos(15*x)-15*e^(8*x)*sin(15*x))

2*e^(8*x)*cos(15*x)*(8*e^(8*x)*cos(15*x)-(15*e^(8*x)*sin(15*x)))

The calculation above is a derivative of the function f (x)

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